What are the key factors to consider when deciding whether the Scott Plasma 10s aerodynamic benefits outweigh its potential drawbacks, such as handling and comfort, for a rider looking to maximize speed without sacrificing overall performance?
Is the Plasma 10s focus on aerodynamics and speed worth the potential trade-offs in terms of weight, stiffness, and maneuverability, particularly for riders who prioritize climbing or technical descents?
How does the Plasma 10 compare to other high-end triathlon and time trial bikes on the market in terms of its aerodynamic features, and are there any notable differences in design or technology that set it apart from its competitors?
For riders who are new to high-end triathlon and time trial bikes, what are some key things to look for when test-riding the Plasma 10 to determine whether its unique blend of aerodynamics and speed is a good fit for their riding style and preferences?
Is the Plasma 10s focus on aerodynamics and speed worth the potential trade-offs in terms of weight, stiffness, and maneuverability, particularly for riders who prioritize climbing or technical descents?
How does the Plasma 10 compare to other high-end triathlon and time trial bikes on the market in terms of its aerodynamic features, and are there any notable differences in design or technology that set it apart from its competitors?
For riders who are new to high-end triathlon and time trial bikes, what are some key things to look for when test-riding the Plasma 10 to determine whether its unique blend of aerodynamics and speed is a good fit for their riding style and preferences?